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Return on Investment (ROI) Calculator

Step 1: Tell Us About Your Operations

tons/year
Your approximate annual production volume (we will use it to help estimate your potential Return on Investment)

Your Estimated ROI

Estimated Return on Investment
3x - 5x
Estimated Payback Period
4 - 8 months
Based on conservative industry benchmarks. Actual results may be higher.
โ–ถ Show calculation assumptions
Calculation Assumptions (Industry Defaults)
Unit Value $1,800/ton
OEE Improvement +1.0%*
Energy Reduction -1.0%*
Material Optimization -1.0%*
Maintenance Savings -1.0%*
Labor Productivity +1.0%*
Unit Value: Average industry benchmark data derived from the data sources listed below.
*Improvement Estimates: This calculator uses a conservative default of 1% improvement across all dimensions. Actual improvements may be higher or lower depending on your specific operations and current efficiency levels.
Data Sources:
  • ISA (International Society of Automation) โ€“ Industrial automation benchmarks
  • ARC Advisory Group โ€“ Process automation and IIoT market research
  • ICIS Chemical Business โ€“ Chemical production economics
  • U.S. EIA (Energy Information Administration) โ€“ Power generation and energy data
  • Lazard LCOE v17.0 (June 2024) โ€“ Levelized cost of energy analysis
  • NYU Stern / Damodaran (January 2025) โ€“ Industry financial margins
  • Deloitte "Predictive Maintenance Strategies" (2024) โ€“ Maintenance cost reduction benchmarks
  • McKinsey "Advanced Analytics in Manufacturing" โ€“ Downtime reduction studies
  • U.S. Department of Energy โ€“ Industrial energy efficiency programs
  • AWWA (American Water Works Association) โ€“ Water utility benchmarks
  • CEMBUREAU โ€“ Cement industry statistics
  • AF&PA (American Forest & Paper Association) โ€“ Pulp & paper economics

Your ROI Analysis

3.5x
Estimated Return on Investment
Payback period: 6.5 months
Estimates based on industry data and improvement assumptions listed under calculation assumptions.
โ–ถ Show calculation assumptions
Calculation Assumptions (Industry Defaults)
Unit Value $1,800/ton
OEE Improvement +1.0%*
Energy Reduction -1.0%*
Material Optimization -1.0%*
Maintenance Savings -1.0%*
Labor Productivity +1.0%*
Unit Value: Average industry benchmark data derived from the data sources listed below.
*Improvement Estimates: This calculator uses a conservative default of 1% improvement across all dimensions. Actual improvements may be higher or lower depending on your specific operations and current efficiency levels.
Data Sources:
  • ISA (International Society of Automation) โ€“ Industrial automation benchmarks
  • ARC Advisory Group โ€“ Process automation and IIoT market research
  • ICIS Chemical Business โ€“ Chemical production economics
  • U.S. EIA (Energy Information Administration) โ€“ Power generation and energy data
  • Lazard LCOE v17.0 (June 2024) โ€“ Levelized cost of energy analysis
  • NYU Stern / Damodaran (January 2025) โ€“ Industry financial margins
  • Deloitte "Predictive Maintenance Strategies" (2024) โ€“ Maintenance cost reduction benchmarks
  • McKinsey "Advanced Analytics in Manufacturing" โ€“ Downtime reduction studies
  • U.S. Department of Energy โ€“ Industrial energy efficiency programs
  • AWWA (American Water Works Association) โ€“ Water utility benchmarks
  • CEMBUREAU โ€“ Cement industry statistics
  • AF&PA (American Forest & Paper Association) โ€“ Pulp & paper economics
Total Estimated Annual Savings
$300,000

Estimated Annual Savings Breakdown

$125,000
OEE Improvement
$100,000
Cost Reduction
$75,000
Labor Productivity
OEE Improvement Details
$62,500
Availability
$37,500
Performance
$25,000
Quality
Cost Reduction Details
$40,000
Energy
$35,000
Materials
$25,000
Maintenance
๐Ÿ“Š Operational Profile
15,000
Typical Signals
25
Team Size
Chemical
Industry
Medium
Plant Size
๐Ÿ’ฐ Cost Structure (% of Production Value)
28%
Energy
45%
Materials
12%
Maintenance
18%
Typical Margin
๐Ÿ“ Calculation Methodology